g.tec's wireless EEG system with active electrodes.It sets a new standard of usability.Also available with active dry electrodes.

The tiny and lightweight device is attached to the EEG cap to avoid cable movements and to allow completely free movements. In combination with g.tec’s active electrode technology, you will get top quality EEG recordings from 32/16/8 channels within few minutes. Just put on the cap, add a bit of gel in each electrode, and start your recording. A…

Brain’s electrical activity may provide the only direct path to a patient’s mental state assessment.Over 40% of patients diagnosed as vegetativeare reclassified as (at least) minimally consciouswhen assessed by expert teams.

The mindBEAGLE®system consists of a portable medical grade biosignal amplifier, an EEG cap with active electrodes, a standard laptop computer with the mindBEAGLE® software, in-ear phones for auditory stimulation and vibro-tactile…

Samsung is researching how to bring mind control to its mobile devices with the hope of developing ways for people with mobility impairments to connect to the world. Therefore they use g.tec's active dry electrode system g.SAHARA.

Hyperscanning BCI - A P300 based communication tool for severalusers to cooperatively and simultaneously spell.

Many futurists believe that people in the distant future will use advanced technology to work together more directly, something like a “hive mind”. People could use technology to help them not just work together but also think together, accomplishing goals more quickly and effectively. That future may not be so distant.…

Before children start to write, they first learn to draw. Drawing is one of the oldest techniques humans have been using to communicate and visualize ideas, knowledge and emotions. There are cave paintings made 40,000 years ago, and people still use painting to express things that cannot be communicated through…

We are proud to announce the 10 nominated projects for the BCI Award 2013!

This year, 169 top-level research projects were submitted from all over the world! The jury, chaired by Theresa Vaughan, carefully scores 10 nominated projects, and then selects the winner for the Annual BCI Research Award 2013.

g.tec developed a system for rapid functional mapping of the cortex using the electrocorticogram (ECoG).The system generates a personalized functional map of the cerebral cortex and can be operatedat the patient's bedside. It easily integrates with your existing clinical monitoring system and uses a brain-mapping system that works in real-time.

The submission deadline for the BCI Award 2013 comes closer - it is March, 30th 2013! Submit your 2 page description now and win the prize!

The International Annual BCI Award, endowed with 3,000 USD, is one of the top accolades in BCI research. The Award was created to recognize outstanding and innovative research in the field of Brain-Computer Interfaces. The Award is open to any brain-computer interface research worldwide and an international jury of top BCI researchers…

g.tec performed initial tests with robotic feedback. A motor imagery based Brain-Computer Interface (BCI) is presented that is linked to a rehebilitation robot.

The BCI system is used to measure the activation of the sensorimotor cortex to control external supporting robotic devices such as exoskeletons or orthotic devices. The robotic device has the purpose to move the limbs of the patient and this activates again the sensorimotor cortex. The activation can be seen as ERD/ERS changes…